KR20240033483A - Dust-sealed unmanned collection system for dust collectors in a central vacuum cleaning system - Google Patents

Abstract

The present invention relates to a dust sealed unmanned collection device for a dust collector of a central dust collection vacuum cleaning system. The present invention relates to a turntable unit, dust transfer unit, vacuum blower unit, dust collection unit, dust bag insertion unit, and vinyl automatic connected to the lower part of the dust collector. By including a packaging unit and a control unit, the dust collected in the dust collector in the central dust collection vacuum cleaning system is sucked into a vacuum sealed structure through a vacuum blower unit, placed in a dust bag, and passed through a vinyl automatic packaging unit and then wrapped in a plastic dust bag once. By packaging it more airtight and discharging it to the outside, the dust can be tightly sealed and discharged in a double layer by an unmanned automatic system without causing harm to the human body. Furthermore, the turntable unit, dust transfer unit, and vacuum blower unit connected to the bottom of the dust collector. , dust collection unit, dust bag insertion unit, plastic automatic packaging unit, and control unit, but by applying two parallel structures for the vacuum blower unit, dust collection unit, and dust bag insertion unit, the device is protected against errors in the collection device. In addition to maintaining stable operation, 24-hour operation is possible through alternate operation of the collection device.

Description

Dust-sealed unmanned collection system for dust collectors in a central vacuum cleaning system}

The present invention relates to a dust-sealed unmanned collection device for a dust collector of a central dust collection vacuum cleaning system, and more specifically, to a turntable unit, dust transfer unit, vacuum blower unit, dust collection unit, dust bag insertion unit, and vinyl connected to the lower part of the dust collector. By including an automatic packaging unit and a control unit, the dust collected in the dust collector in the central dust collection vacuum cleaning system is sucked into a vacuum sealed structure through a vacuum blower unit, placed in a dust bag, and placed in a plastic dust bag through a vinyl automatic packaging unit. By sealing the dust once more and discharging it to the outside, the dust can be tightly sealed and discharged in a double layer by an unmanned automatic system without causing harm to the human body. Meanwhile, it can be disposed of in the vacuum blower unit, dust collection unit, and dust bag insertion unit. Dust sealing for the dust collector of the central dust collection type vacuum cleaning system that maintains stable operation of the device by applying a parallel structure of two units to prepare for errors in the collection device and at the same time enables 24-hour operation through alternating operation of the collection device. It is about an unmanned collection device.

Among the equipment used in homes, offices, and industrial buildings, there are many equipment systems that require regular inspection and management to maintain normal operation.

An example of an equipment system that requires such regular inspection and maintenance is a central dust collection vacuum cleaning system.

The central dust collection vacuum cleaning system as described above is a facility configured to be installed inside the building itself to clean, unlike the traditional household mobile vibration cleaner that connects to a power source and moves to the required location to clean.

Figure 1 is a diagram showing an example of a conventional central dust collection vacuum cleaning system, and Figure 2 is a schematic diagram showing an example of a conventional central dust collection vacuum cleaning system applied to an apartment complex.

Referring to Figures 1 and 2, a typical central dust collection vacuum cleaning system installs a dust collector (2) capable of concentrating and sucking cleaning waste in one place, such as a garage or boiler room of a unit household, and the dust collector ( From 2), a suction pipe (4) is constructed through the inside of the wall (3) in each unit cleaning area such as a living room or room, and an inlet (5) is formed for each suction pipe (4) piped to each unit cleaning area, and the inlet ( A cleaning table (6) suitable for 5) is provided, and the cleaning hose (7) of the cleaning table (6) is inserted into the suction port (5) provided in each unit cleaning area to vacuum and dispose of the waste.

In the conventional central dust collection vacuum cleaning system as described above, when a certain amount of cleaning waste accumulates in the basket of the vacuum dust collector for each household, there is the inconvenience of having to empty or replace the basket directly by the user.

In addition, as shown in Figure 2 of the attached drawing, the conventional central dust collection vacuum cleaning system is installed separately for each household even in complex houses such as apartments, so it is necessary to separate and replace the basket 2a from the dust collector provided in each household one by one. Not only is there an inconvenience in that users have to manually carry down and dispose of the bag filter inside the basket (2a), but in this case, the frequency of elevator use increases, shortening the service life of the elevator and reducing power consumption. There were increasing negative impacts, and maintenance work, such as frequent replacement of the bag filter inside the dust collector for each household, was necessary.

Moreover, in the conventional central dust collection vacuum cleaning system, there was a problem in that when the user directly emptied or exchanged the dust collector basket, dust inside the basket flew outside, causing harm to the user's human body.

Therefore, the dust collected in the dust collector in the central dust collection vacuum cleaning system is sucked into a sealed structure, placed in a bag, and discharged to the outside. Central dust collection type vacuum cleaning allows the dust to be sealed in the bag and discharged to the outside through an unmanned automated system. There is a need for research and development on dust-tight unmanned collection devices for dust collectors in the system.

Korea Registered Utility Model No. 20-0266085 2002.02.15. registration. Korean Patent Publication No. 10-2009-0106457 2009.10.09. open. Korean Patent No. 10-1823839 2018.01.24. registration.

In order to solve the above problems, the present invention includes a turntable unit, a dust transfer unit, a vacuum blower unit, a dust collection unit, a dust bag insertion unit, a vinyl automatic packaging unit, and a control unit connected to the lower part of the dust collector, thereby creating a central dust collection type vacuum. The dust collected in the dust collector in the cleaning system is sucked into a vacuum sealed structure through a vacuum blower unit, placed in a dust bag, passed through an automatic vinyl packaging unit, and the dust bag is once again airtightly packaged in vinyl and discharged to the outside, which is harmful to the human body. The purpose is to provide a dust-sealed unmanned collection device for a dust collector of a central dust collection vacuum cleaning system that allows dust to be double-closed and discharged by an unmanned automatic system without interference.

Another object of the technology according to the present invention includes a turntable unit, dust transfer unit, vacuum blower unit, dust collection unit, dust bag insertion unit, vinyl automatic packaging unit, and control unit connected to the lower part of the dust collector, including a vacuum blower unit and dust collection unit. By applying a parallel structure of two units for the unit and dust bag insertion unit, the operation of the device is maintained stably while preparing for errors in the collection device, and at the same time, 24-hour operation is possible through alternate operation of the collection device.

The present invention for achieving the above-mentioned object is as follows. That is, the dust-sealed unmanned collection device for the dust collector of the central dust collection vacuum cleaning system according to the present invention is installed on one side connected to the lower part of the dust collector of the central dust collection vacuum cleaning system, and repeats the suction of dust collected in the dust collector through a sealed vacuum structure. In the dust-sealed unmanned collection device for the dust collector of the central dust collection vacuum cleaning system, which airtightly packs a certain amount and discharges it to the outside, the lower part of the dust collector is connected to the upper side, and the dust discharged through the double flammable damper at the lower part of the dust collector flows in from the upper part. a turntable unit that allows the incoming dust to be discharged to one side of the lower part; It is provided as a 'ㅗ'-shaped pipe body, and the upper inlet is connected to one lower side of the turntable unit, the vacuum transfer connector on one lower side is connected to one end of the vacuum transfer pipe, and the intake connector on the other lower side lets in outside air by the intake valve. A dust transfer unit that is connected to the suction air suction line and allows the dust discharged from the turntable unit to be sucked and transferred to the vacuum transfer pipe side after being introduced into the inlet by the vacuum suction force inside the vacuum transfer pipe and the intake of external air; An inlet where the other end of the vacuum transfer pipe is inserted and connected so that the dust discharged through vacuum suction from the other end of the vacuum transfer pipe can be contained inside, a plate-shaped bag front cover with sealing tape on one side of the inlet, and the front of the bag. A dust bag consisting of an envelope whose open end is sealed and connected to the circumference of one side of the cover; The other end of the vacuum transfer pipe is connected through the inside, and the other end of the vacuum transfer pipe is connected to the inlet of the dust bag supplied from the top to the inside, so that dust is collected in the dust bag, and a dust bag with a certain amount of dust collected inside. A dust collection unit that separates the dust from the vacuum transfer pipe, seals the inlet using a sealing means, and discharges the dust downward; The end of the suction line connected to one side of the vacuum blower is connected to the dust collection unit, and a vacuum suction force is applied to the other end of the vacuum transfer pipe that penetrates the inside of the dust collection unit. The air inside the dust collection unit is sucked in and exhausted to the outside. A vacuum blower unit with an exhaust line connected to the other side of the vacuum blower, if possible; A dust bag insertion unit disposed on the upper part of the dust collection unit and storing a plurality of dust bags in close contact therein, clamping the outermost dust bag among the stored dust bags and transporting the dust bag to the dust collection unit. It is placed at the bottom of the dust collection unit, and a certain amount of dust is collected inside the dust collection unit, the inlet is sealed, and the dust bag discharged downward is placed in a plastic bag, sealed, transported, and discharged to the outside. ; And a control unit that controls the operation of the turntable unit, dust transfer unit, vacuum blower unit, dust collection unit, dust bag insertion unit, and automatic vinyl packaging unit.

At this time, the turntable unit has a turntable casing with an open upper part connected to the lower part of the dust collector and a downward discharge port on one side of the lower part, a reduction motor provided at the center of the lower part of the turntable casing, and a reduction motor installed inside the turntable casing. It is installed on the rotating blade and the discharge port of the tent table casing and includes a discharge valve that opens and closes the discharge port so that dust is discharged to the discharge port of the tent table casing through the driving of the rotary blade. Meanwhile, the dust transfer unit discharges dust from the turntable unit. In order to prevent clogging of the inside of the feed transfer connector that communicates with the inside of the inlet due to the dust being transferred to the vacuum transfer pipe, a hollow pipe body with a certain diameter is located at the center from the inside of the intake connector to the inside of the vacuum transfer connector. It is desirable that the anti-blockage vent applied is more fixedly installed.

In addition, the dust collection unit includes a case in which the other end of the vacuum transfer pipe is connected to the inside on one side, the suction line of the vacuum blower unit is connected to the other side, and the upper and lower doors are provided at the top and bottom to be openable and closed. , a dust bag binding cylinder that is provided inside the case and binds the bag front cover of the dust bag inserted through the dust bag insertion unit, and is provided on a hollow pipe, and is connected to the outside from one side of the case and has an opening/closing valve on the line. A silencer is provided, and a vacuum pressure removal nozzle is installed inside the case to selectively remove the vacuum pressure inside the case to provide suction force to the vacuum transfer pipe. With a certain amount of dust collected inside the dust bag, the dust bag It is preferable to include a sealing means for sealing the inlet of the inlet with a sealing tape.

Moreover, the dust bag binding cylinder is composed of a jig and a reciprocating cylinder, and the clamping parts on both sides of the jig are adjusted to a cylindrical structure, thereby clamping and releasing both sides of the bag front cover of the dust bag, while the sealing means prevents dust A tape release paper remover removes the release paper exposed to the outside of the sealing tape, which has a certain length attached to one side of the longitudinal direction of the bag inlet, while suctioning, and the side opposite to the entrance of the seal tape as the release paper is removed through the tape release paper remover. It is preferable to provide a taping roller cylinder that attaches the sealing tape to seal the inlet by rolling it.

In addition, the vacuum blower unit further has a HEPA filter installed on the intake line connected to one side of the vacuum blower to filter the dust contained in the air sucked from the inside of the dust collection unit and exhaust it to the outside, and lowers the exhaust noise. It is better to install an additional silencer on the exhaust line connected to the other side of the vacuum blower.

In addition, the dust bag insertion unit is provided with guide rods on all sides of the case with one side open, so that a plurality of dust bags are stored in close contact with the guide hole on the guide rod through the front cover of the dust bag on all sides, and the outside of the case is stored in close contact with the dust bag input unit. It is installed on one side of the dust bag storage section and on one side of the dust bag storage section, where a space adjustment robot that moves the dust bag a certain distance corresponding to the space after the dust bag is transferred from the open side of the enclosure is installed. Among the dust bags stored in close contact with each other, it is preferable to include a dust bag supply and transfer unit that sequentially clamps the outermost exposed dust bag, transports it horizontally, and then transports the dust bag at right angles a certain distance while supplying the dust bag to the dust collection unit.

In addition, the automatic plastic packaging unit has an outlet protruding on the rotating plate, and the opening of the plastic bag is fixed to the outlet so that it is wrapped around a certain length. The rotating plate selectively rotates to collect the plastic packaging unit and the dust collection unit disposed at the lower part of the dust collection unit. It is installed on the lower side of the plastic packaging unit when located at the bottom of the unit, and transports the plastic bag containing the dust bag in one direction through the plastic packaging unit, sealing the open upper part and guiding the discharge to the outside. It is good to include .

The effect of the dust-sealed unmanned collection device for the dust collector of the central dust collection vacuum cleaning system according to the present invention is explained as follows.

First, it includes a turntable unit, dust transfer unit, vacuum blower unit, dust collection unit, dust bag insertion unit, vinyl automatic packaging unit, and control unit connected to the bottom of the dust collector, so that the dust collected in the dust collector in the central dust collection vacuum cleaning system is It is sucked into a vacuum-sealed structure through a vacuum blower unit, placed in a dust bag, passed through an automatic plastic packaging unit, the dust bag is once again airtightly packaged in plastic, and discharged to the outside. This is done by an unmanned automatic system without causing any harm to the human body. Dust can be discharged by tightly sealing it in two layers.

Second, it includes a turntable unit, dust transfer unit, vacuum blower unit, dust collection unit, dust bag input unit, vinyl automatic packaging unit, and control unit connected to the lower part of the dust collector, but is connected to the vacuum blower unit, dust collection unit, and dust bag input unit. By applying a parallel structure of two units, the operation of the equipment is maintained stably while preparing for errors in the collection equipment, and at the same time, 24-hour operation is possible through alternating operation of the collection equipment.

1 is a diagram showing an example of a conventional central dust collection vacuum cleaning system.
Figure 2 is a schematic diagram showing an example of applying a conventional central dust collection vacuum cleaning system to an apartment complex.
Figure 3 is an exemplary diagram showing the installation state of the dust-sealed unmanned collection device for the dust collector of the central dust collection vacuum cleaning system according to the present invention.
Figure 4 is a main part configuration diagram showing the main part installed on the side of the dust collector in the dust-sealed unmanned collection device for the dust collector of the central dust collection vacuum cleaning system according to the present invention.
Figure 5 is a main part configuration diagram showing the main parts of the dust sealed unmanned collection device for the dust collector of the central dust collection vacuum cleaning system according to the present invention, which transports and processes dust from the dust collector side through a vacuum blower, etc.
Figure 6 is a diagram showing the configuration of a turntable unit, which is an essential part of the dust-sealed unmanned collection device for the dust collector of the central dust collection vacuum cleaning system according to the present invention.
Figure 7 is a diagram showing the configuration of a dust transfer unit, which is an essential part of the dust-sealed unmanned collection device for the dust collector of the central dust collection vacuum cleaning system according to the present invention.
Figure 8 is a diagram showing the configuration of the main part of the dust collection unit in the dust-sealed unmanned collection device for the dust collector of the central dust collection vacuum cleaning system according to the present invention.
Figure 9 is a diagram showing the configuration of the dust bag input unit, which is an essential part of the dust sealing unmanned collection device for the dust collector of the central dust collection type vacuum cleaning system according to the present invention.
Figure 10 is a diagram showing the configuration of the main part of the vacuum blower unit in the dust-sealed unmanned collection device for the dust collector of the central dust collection vacuum cleaning system according to the present invention.
Figure 11 is a diagram showing the configuration of a dust bag, which is an essential part of the dust-sealed unmanned collection device for the dust collector of the central dust collection vacuum cleaning system according to the present invention.
Figure 12 is the cross-sectional configuration of Figure 11, and is an example cross-sectional view in use state showing the process of sealing the inlet after the inside of the dust bag is filled with dust.
Figure 13 is a three-dimensional structure of Figure 11, showing the three-dimensional structure of the dust bag.

Hereinafter, with reference to the attached drawings, a preferred embodiment of a dust-sealed unmanned collection device for a dust collector of a central dust collection type vacuum cleaning system according to the present invention will be described in detail.

Figure 3 is an exemplary diagram showing the installation state of the dust sealed unmanned collection device for the dust collector of the central dust collection type vacuum cleaning system according to the present invention, and Figure 4 is an illustration of the dust sealed unmanned collection device for the dust collector of the central dust collection type vacuum cleaning system according to the present invention. , It is a main part configuration diagram showing the configuration installed on the side of the dust collector, which is the main part, and Figure 5 is a dust-sealed unmanned collection device for the dust collector of the central dust collection type vacuum cleaning system according to the present invention, through the configuration of a vacuum blower, etc. from the main part of the dust collector. This is a main configuration diagram showing the components for transporting and processing dust.

Figure 6 is a diagram showing the configuration of the turntable unit, which is an essential part, in the sealed dust collection device for the dust collector of the central dust collection vacuum cleaning system according to the present invention.

Figure 7 is a diagram showing the configuration of the dust transfer unit, which is an essential part, in the dust-sealed unmanned collection device for the dust collector of the central dust collection vacuum cleaning system according to the present invention.

Figure 8 is a diagram showing the configuration of the main part of the dust collection unit in the dust-sealed unmanned collection device for the dust collector of the central dust collection vacuum cleaning system according to the present invention.

Figure 9 is a diagram showing the configuration of the dust bag insertion unit, which is an essential part of the dust-sealed unmanned collection device for the dust collector of the central dust collection vacuum cleaning system according to the present invention.

Figure 10 is a diagram showing the configuration of the vacuum blower unit, which is an essential part, in the dust-sealed unmanned collection device for the dust collector of the central dust collection vacuum cleaning system according to the present invention.

Figure 11 is a diagram showing the configuration of the dust bag, which is an essential part, in the dust-sealed unmanned collection device for the dust collector of the central dust collection vacuum cleaning system according to the present invention.

FIG. 12 is the cross-sectional configuration of FIG. 11, and is an example cross-sectional view in a state of use showing the process of sealing the inlet after the inside of the dust bag is filled with dust. FIG. 13 is the three-dimensional configuration of FIG. 11, showing the three-dimensional structure of the dust bag. This is a drawing showing .

3 to 13, the sealed dust collection device for the dust collector of the central dust collection vacuum cleaning system according to a preferred embodiment of the present invention is installed on one side connected to the lower part of the dust collector 10 of the central dust collection vacuum cleaning system, so that the dust collector (10) It is a sealed dust collection device that sucks the dust collected in a vacuum sealed structure, repeatedly seals it in a certain amount, and discharges it to the outside.

At this time, the dust collector 10 is, for example, a dust collector in a typical central dust collection vacuum cleaning system and may be a bag filter dust collector or a cyclone dust collector.

The dust sealed unmanned collection device for the dust collector of the central dust collection vacuum cleaning system according to the present invention can be broadly classified into a turntable unit (100), a dust transfer unit (200), a dust bag (300), a dust collection unit (400), and a vacuum blower. It includes a unit 500, a dust bag input unit 600, an automatic plastic packaging unit 700, and a control unit 800.

Specifically, the turntable unit 100 is connected in communication with the lower part of the dust collector 10 on the upper side, and dust discharged to the double flammable damper 11 at the lower part of the dust collector 10 flows in from the upper part, It is to be discharged to .

In addition, the dust transfer unit 200 is provided as a 'ㅗ' shaped pipe body, the upper inlet 210 is connected to the lower side of the turntable unit 100, and the vacuum transfer connector 220 on the lower side is connected to the vacuum transfer piping. (200a) It is connected to one end.

In this dust transfer unit 200, the intake connector 230 on the other lower side is connected to an air intake line 200' that intakes external air by an intake valve 210', and the dust discharged from the turntable unit 100 After being introduced into the inlet 210 by the vacuum suction force inside the vacuum transfer pipe 200a and the intake of external air, it is sucked and transferred to the vacuum transfer pipe 200a.

At this time, it is more preferable that a silencer 220' is installed at the end of the air intake line 200' to minimize noise when external air is sucked.

In addition, the dust bag 300 consists of an envelope front cover 310 and an envelope 320.

At this time, the bag front cover 310 has an inlet 311 into which the other end of the vacuum transfer pipe 200a is inserted and connected so that a certain amount of dust discharged through vacuum suction from the other end of the vacuum transfer pipe 200a can be accommodated therein. It is provided in the form of a plate with a sealing tape 315 on one side of the inlet 311.

Moreover, the inlet 311 of the envelope front cover 310 is provided with a sealing pad (around the side facing the inside of the envelope 320) so that it can be tightly blocked from the outside when the other end of the vacuum transfer pipe 200a is inserted for a certain length. 311a) is attached.

At this time, the sealing pad 311a is provided as a pad on a donut plate, and is preferably provided with an inner diameter that is a certain length smaller than the inner diameter of the inlet 311.

In addition, the envelope 320 is sealed at an open end around one side of the envelope front cover 310.

The bag 320 as described above is preferably made of the same material as the bag portion of the dust bag used in a normal vacuum cleaner, and the sealed lower portion of a paper bag used as a normal shopping bag is based on the bag front cover 310. It is desirable that a plurality of folding lines be formed in the area adjacent to the envelope front cover 310 so as to have the same folding structure as the folding structure for .

Meanwhile, in the dust collection unit 400, the other end of the vacuum transfer pipe (200a) is connected through the inside, and the other end of the vacuum transfer pipe (200a) is connected to the inlet 311 of the dust bag 300 supplied from the top to the inside. It is connected to the flue so that dust is collected in the dust bag (300).

This dust collection unit 400 separates the dust bag 300 with a certain amount of dust collected inside from the vacuum transfer pipe 200a, seals the inlet 311 using a sealing means, and discharges it downward.

And the vacuum blower unit 500 has a vacuum transfer pipe in which the end of the suction line 520 connected to one side of the vacuum blower 510 is connected in communication with the dust collection unit 400 and penetrates the inside of the dust collection unit 400. (200a) A vacuum suction force is applied to the other end, and an exhaust line 530 is connected to the other side of the vacuum blower 510 so that the air inside the dust collection unit 400 is sucked in and exhausted to the outside.

It is more preferable that the vacuum blower unit 500 as described above is seated and installed on a mounting base (not marked) as shown in the drawing.

In addition, the dust bag input unit 600 is disposed on the upper part of the dust collection unit 400, and a plurality of dust bags 300 are stored in close contact therein. Among the stored dust bags 300, the dust bag disposed on the outermost side is (300) is clamped and transferred to the dust collection unit (400) to be inserted.

And the plastic automatic packaging unit 700 is disposed below the dust collection unit 400, and a certain amount of dust is collected inside through the dust collection unit 400, and the inlet 311 is sealed and then discharged downward. (300) is placed in a plastic bag (715), sealed, transported, and discharged to the outside.

In addition, the control unit 800 includes the turntable unit 100, dust transfer unit 200, vacuum blower unit 500, dust collection unit 400, dust bag input unit 600, and vinyl automatic packaging unit ( 700) to control the operation.

It is more preferable that the control unit 800 as described above is programmed to automatically analyze the amount of dust emissions and adjust the transfer cycle and operation method of the vacuum blower, thereby realizing energy savings while realizing efficient operation of the device. .

In the dust-sealed unmanned collection device for the dust collector of the central dust collection vacuum cleaning system according to the present invention configured as described above, the dust collection unit 400, dust bag insertion unit 600, and plastic automatic packaging unit 700 are As shown in the drawing, it is desirable to install and fix it across the top and bottom of a separate installation stand (not marked).

In addition, in the dust-sealed unmanned collection device for the dust collector of the central dust collection vacuum cleaning system according to the present invention configured as described above, the turntable unit 100 includes a turntable casing 110, a reduction motor 120, Includes rotary blades 130 and discharge valve 140.

In detail, the turntable casing 110 has an open upper part connected to the lower part of the dust collector 10, and is provided with a downward discharge port 111 on one side of the lower part.

And the reduction motor 120 is provided at the lower center of the turntable casing 110 and is used to drive the rotary blades 130.

In addition, the rotary blades 130 are installed inside the turntable casing 110 and are rotated by the reduction motor 120.

And the discharge valve 140 is installed on the discharge port 111 of the ten table casing 110, so that dust is discharged to the discharge port 111 of the ten table casing 110 through the driving of the rotary blade 130. ) is to open and close.

On the other hand, the dust transfer unit 200 is blocked by the dust discharged from the turntable unit 100 and transferred to the vacuum transfer pipe 200a. It is important to ensure that this can be prevented.

For this purpose, the dust transfer unit 200 is further fixedly installed with an anti-clogging air vent 205 applied as a hollow pipe body with a certain diameter in the center extending from the inside of the intake connector 230 to the inside of the vacuum transfer connector 220. It is desirable to be

At this time, the anti-clogging air vent 205 can be fixedly installed at both ends through a plurality of ribs at the center spanning from the inside of the intake connector 230 to the inside of the vacuum transfer connector 220, and can be installed at both ends from the inside of the intake connector 230. It may be fixedly installed inclined downward at a certain angle toward the inside of the vacuum transfer connector 220.

Moreover, the dust transfer unit 200 is connected to the inlet 210, which is a vertical part of the 'ㅗ'-shaped pipe body, from the outer surface of one side of the intake connector 230 to prevent clogging of the inside of the line that is round and perpendicular to the inlet 210. (210) An inlet clogging prevention vent 207 applied to a hollow pipe body with a certain diameter connected to one outer surface may be further provided.

By further providing the inlet clogging prevention vent 207 as described above, it is possible to stably prevent the inlet 210 from being clogged by dust injected into the inlet 210.

Moreover, it is more preferable that the dust transport unit 200 is surrounded by a case 201 about the central portion excluding the upper end and a certain length at both ends of the 'ㅗ' shaped pipe body.

On the other hand, in the dust-sealed unmanned collection device for the dust collector of the central dust collection vacuum cleaning system according to the present invention configured as described above, the dust collection unit 400, which is an essential part, includes a case 410 and a dust bag binding cylinder ( 420), a vacuum pressure relief nozzle 430, and a sealing means.

At this time, the case 410 has a vacuum transfer pipe 200a on one side connected through the other end, a suction line 520 of the vacuum blower unit 500 on the other side, and an upper door ( 411) and the lower door 412 are provided to be able to open and close.

Although this case 410 is not specifically shown in the drawings, a partition wall (not marked) is formed inside for controlling the vacuum suction force, and it is more preferable that a plurality of through holes (not shown) are formed through the partition wall (not shown). .

According to the case 410 as described above, when adjusting the intensity of operation for vacuum suction of the vacuum blower 500, the inside of the case 410 is formed through a plurality of through holes (not marked) formed on the partition wall (not marked). The vacuum suction power of the vacuum blower (500) in the space where the other end of the vacuum transfer pipe (200a) divided by the partition is inserted penetrates can be adjusted by achieving stable changes without sudden changes.

Meanwhile, the dust bag binding cylinder 420 is provided inside the case 410 and binds the bag front cover 310 of the dust bag 300 inserted through the dust bag insertion unit 600.

The dust bag binding cylinder 420 as described above is especially composed of a jig (uncoded) and a reciprocating cylinder (uncoded), where the clamping parts on both sides of the jig (not coded) are adjusted to a cylindrical structure, respectively, to secure the dust bag (uncoded). It is desirable to clamp and release both sides of the envelope front cover 310 of 300).

In addition, the vacuum pressure relief nozzle 430 is provided on a hollow pipe, is connected to the outside from one side of the case 410, and is provided with an on-off valve 431 and a silencer 432 on the line, and the case 410 The internal vacuum pressure is selectively removed so that suction force is provided to the vacuum transfer pipe (200a).

In addition, the sealing means is installed inside the case 410, and in a state where a certain amount of dust is collected inside the dust bag 300, the inlet 311 of the dust bag 300 is sealed with a sealing tape 315. .

The sealing means as described above is provided by a tape release paper remover (451) and a taping roller cylinder (453).

At this time, the tape release paper remover 451 suctions and lifts the release paper 315a exposed to the outside of the sealing tape 315, the longitudinal side of which is adhered to one side of the inlet 311 of the dust bag 300 for a certain length. is to remove it.

In other words, the tape release paper remover 451 is preferably provided in a structure including a suction portion and a cylinder portion.

In addition, the taping roller cylinder 453 pushes the sealing tape 315 through rolling from the side opposite to the inlet 311 of the sealing tape 315 while the release paper 315a is removed through the tape release paper remover 451, thereby moving the sealing tape 315 through the inlet. (311) is attached so as to be sealed.

In other words, the sealing tape 315 is folded to overlap a certain length on one side, and the release paper 315a is separated only from the overlapping folded portion and attached to one side of the envelope front cover 310, and the tape release paper remover 451 ) and the release paper is removed and attached to seal the inlet 311 through the tape roller cylinder 453.

In the dust seal unmanned collection device for the dust collector of the central dust collection vacuum cleaning system according to the present invention configured as described above, the vacuum blower unit 500 collects dust contained in the air sucked from the inside of the dust collection unit 400. A HEPA filter 521 is further installed on the intake line 520 connected to one side of the vacuum blower 510 to filter and exhaust the air to the outside.

At this time, the HEPA filter 521 is preferably provided with an enclosure in which the filter will be installed and a filter body installed inside the enclosure.

In addition, it is more desirable to further install a silencer 531 in the exhaust line 530 connected to the other side of the vacuum blower 510 to reduce exhaust noise.

Meanwhile, in the dust-sealed unmanned collection device for the dust collector of the central dust collection vacuum cleaning system according to the present invention configured as described above, the dust bag input unit 600 includes a dust bag storage unit 610 and a dust bag supply. Includes transmission 620.

In detail, the dust bag storage unit 610 is provided with guide rods 612 on all sides of the enclosure 611 with one side open, so that the bag front cover 310 of the dust bag 300 is placed on the guide rod 612. As the guide hole 317 penetrated is inserted, a plurality of dust bags 300 are stored in close contact, and a space after the dust bags 300 are transferred from the open side of the enclosure 611 is provided on one outer side of the enclosure 611. Correspondingly, a gap adjustment robot 613 is installed to move the dust bag 300 a certain distance.

At this time, the enclosure 611 is sealed with respect to the sealed part on the opposite side of the open part through the sealing moving plate 611a.

Regarding the sealed moving plate 611a as described above, when a plurality of dust bags 300 are stored in the enclosure 611 and one dust bag 300 moves to be discharged, the gap adjustment robot 613 is used to cover the distance. It is moved a certain distance.

Moreover, it is more preferable that the sealing moving plate 611a is provided with a roller on one side and moves up and down while rolling on one inner surface of the enclosure 611.

In addition, the spacing adjustment robot 613 for moving the sealing moving plate 611a a certain distance is preferably applied as a normal liner worm gear stem motor structure.

And the dust bag supply and transfer unit 620 is installed on one side of the dust bag storage unit 610, and the dust bag 300 is exposed to the outermost part among the dust bags 300 stored in close contact with the dust bag storage unit 610. ), sequentially clamping and horizontally transporting, and then supplying the dust bag (300) to the dust collection unit (400) while transporting it at right angles a certain distance.

In other words, the dust bag supply and transfer unit 620 is preferably provided as a horizontal and vertical transfer robot that includes a typical clamp structure for clamping and fixing the dust bag 300 and transporting it horizontally and vertically.

In addition, the automatic plastic packaging unit 700 consists of a plastic packaging unit 710 and a sealing/discharge transfer unit 730.

At this time, the plastic packaging unit 710 has an outlet 712 protruding on the rotating plate 711, and the opening of the plastic bag 715 is fixed to the outlet 712 so that a certain length is wrapped, and the rotating plate 711 It is placed at the lower part of the dust collection unit 400 while selectively rotating.

In addition, the sealing and discharge transfer unit 730 is installed on the lower side of the plastic packaging unit 710 when located at the bottom of the dust collection unit 400, and contains the dust bag 300 through the plastic packaging unit 710. While transporting the plastic bag 715 in one direction, the open upper part is sealed and guided to be discharged to the outside.

In other words, the sealing and discharge transport unit 730 may be composed of a conveyor for transporting the plastic bag 715 in one direction and an adhesive that seals the open top of the plastic bag 715 transported on the conveyor. will be.

In addition, the dust-sealed unmanned collection device for the dust collector of the central dust collection vacuum cleaning system according to the present invention as described above is installed in parallel with respect to the dust collection unit 400, the vacuum blower unit 500, and the dust bag input unit 600. It is desirable to apply it as a structure.

In other words, as shown in FIG. 10, the vacuum blower unit 500 is applied in a parallel structure of two units, and the dust collection unit 400 and dust bag input unit 600 are also installed in two units, although not specifically shown in the drawing. It is desirable to apply it in a parallel structure.

As described above, two parallel structures are applied to the dust collection unit 400, vacuum blower unit 500, and dust bag input unit 600, thereby preventing errors in the collection device and maintaining stable operation of the device. At the same time, 24-hour operation can be possible through shift operation of the collection device.

In other words, according to the dust-sealed unmanned collection device for the dust collector of the central dust collection vacuum cleaning system according to the present invention configured as described above, the turntable unit, dust transfer unit, vacuum blower unit, and dust collection unit connected to the lower part of the dust collector, By including a dust bag insertion unit, a vinyl automatic packaging unit, and a control unit, the dust collected in the dust collector in the central dust collection vacuum cleaning system is sucked into a vacuum sealed structure through a vacuum blower unit, placed in a dust bag, and placed in a vinyl automatic packaging unit. Afterwards, the dust bag is once again airtightly packaged in plastic and discharged to the outside. The dust can be disposed of by tightly sealing it twice using an unmanned automatic system without causing any harm to the human body.

Furthermore, it includes a turntable unit, dust transfer unit, vacuum blower unit, dust collection unit, dust bag insertion unit, vinyl automatic packaging unit, and control unit connected to the bottom of the dust collector, but is connected to the vacuum blower unit, dust collection unit, and dust bag insertion unit. By applying a parallel structure of two units, the operation of the equipment is maintained stably while preparing for errors in the collection equipment, and at the same time, 24-hour operation is possible through alternating operation of the collection equipment.

Although specific embodiments of the present invention have been described in detail above, the present invention is not limited thereto, and the present invention can be implemented in various modifications by those skilled in the art in the technical field to which the present invention pertains. is included in the scope of the present invention.

100: Turntable unit 110: Turntable casing
111: outlet 120: reduction motor
130: rotary blade 140: discharge valve
200: Dust transfer unit 201: Case
205: Blockage prevention vent 207: Inlet blockage prevention vent
210: Inlet 220: Vacuum transfer connector
230: intake connector 200': air intake line
210': intake valve 220': silencer
200a: Vacuum transfer pipe 300: Dust bag
310: Envelope front cover 311: Inlet
311a: Sealing pad
315: Sealing tape 315a: Release paper
317: guide ball 320: envelope
400: Dust collection unit 410: Case
411: upper door 412: lower door
420: Dust bag binding cylinder 430: Vacuum pressure removal nozzle
431: Open/close valve 432: Silencer
451: Tape release paper remover 453: Taping roller cylinder
500: Vacuum blower unit 510: Vacuum blower
520: Suction line 521: HEPA filter
530: exhaust line 531: silencer
600: Dust bag input unit 610: Dust bag storage unit
611: Enclosure 611a: Sealed moving plate
612: Guide rod
613: Interval adjustment robot 620: Dust bag supply transfer unit
700: Automatic vinyl packaging unit 710: Vinyl packaging unit
711: rotating plate 712: outlet
715: Plastic bag 730: Sealing and discharge transfer unit
800: Control unit
10: Dust collector
11: Double flap damper

Claims (7)

A central dust collection vacuum cleaning system, one side of which is connected to the lower part of the dust collector (10) of the central dust collection vacuum cleaning system, sucks the dust collected in the dust collector (10) into a sealed vacuum structure, repeatedly seals it in a certain amount, and discharges it to the outside. In the dust sealed unmanned collection device for the dust collector of the cleaning system,
A turntable unit (100) in which the lower part of the dust collector (10) is connected to the upper side in communication, and dust discharged to the double flammable damper (11) of the lower part of the dust collector (10) flows in from the upper part and is discharged to one side of the lower part.
It is provided as a 'ㅗ' shaped pipe body, where the upper inlet 210 is connected to the lower side of the turntable unit 100, the vacuum transfer connector 220 on the lower side is connected to one end of the vacuum transfer pipe 200a, and the lower The intake connector 230 on the other side is connected to the air intake line 200' for sucking in external air by the intake valve 210', and the dust discharged from the turntable unit 100 is inside the vacuum transfer pipe 200a. A dust transfer unit 200 that is introduced into the inlet 210 by vacuum suction force and intake of external air and then sucked and transferred to the vacuum transfer pipe 200a;
A sealing tape is installed on one side of the inlet 311 and the inlet 311 where the other end of the vacuum transfer pipe 200a is inserted and connected so that a certain amount of dust discharged through vacuum suction from the other end of the vacuum transfer pipe 200a can be accommodated inside. A dust bag (300) consisting of a plate-shaped envelope front cover (310) provided with (315) and an envelope (320) whose open end is sealed around one side of the bag front cover (310);
The other end of the vacuum transfer pipe (200a) is connected through the inside, and the other end of the vacuum transfer pipe (200a) is connected in communication with the inlet 311 of the dust bag 300 supplied from the top to the inside, so that dust is discharged into the dust bag 300. A dust collection unit 400 that collects dust and separates the dust bag 300 with a certain amount of dust collected inside from the vacuum transfer pipe 200a, seals the inlet 311 using a sealing means, and discharges it downward. ;
The end of the suction line 520 connected to one side of the vacuum blower 510 is connected to the dust collection unit 400, and a vacuum suction force is applied to the other end of the vacuum transfer pipe 200a, which is connected through the inside of the dust collection unit 400. A vacuum blower unit 500 with an exhaust line 530 connected to the other side of the vacuum blower 510 to suck in the air inside the dust collection unit 400 and exhaust it to the outside;
It is disposed on the upper part of the dust collection unit 400, and a plurality of dust bags 300 are stored in close contact therein, and the dust bag 300 disposed on the outermost part of the stored dust bags 300 is clamped to form the dust collection unit 400. ) A dust bag input unit (600) that is transferred to the side and inserted;
It is placed at the bottom of the dust collection unit 400, and a certain amount of dust is collected inside through the dust collection unit 400, the inlet 311 is sealed, and the dust bag 300, which is discharged downward, is placed in a plastic bag 715. An automatic vinyl packaging unit (700) that transports the container while sealing it and discharging it to the outside; and
A control unit that controls the operation of the turntable unit 100, dust transfer unit 200, vacuum blower unit 500, dust collection unit 400, dust bag input unit 600, and automatic vinyl packaging unit 700. (800) Dust sealed unmanned collection device for dust collector of central dust collection vacuum cleaning system.
According to paragraph 1,
The turntable unit 100 includes a turntable casing 110 whose open upper part is connected to the lower part of the dust collector 10 and which has a downward discharge port 111 on one side of the lower part,
A reduction motor 120 provided at the lower center of the turntable casing 110,
Rotating blades 130 installed inside the turntable casing 110 and rotated by a reduction motor 120, and
A discharge valve 140 is installed on the outlet 111 of the ten table casing 110 and opens and closes the outlet 111 so that dust is discharged to the outlet 111 of the ten table casing 110 through the driving of the rotary blade 130. ), while including
The dust transfer unit 200 prevents the inside of the dust transfer connector 220, which is in communication with the inside of the inlet 210, from being clogged by dust discharged from the turntable unit 100 and transferred to the vacuum transfer pipe 200a. To be able to
A central dust collection vacuum cleaning system characterized in that an anti-clogging air vent (205) applied as a hollow tube with a certain diameter is further fixedly installed at the center from the inside of the intake connector (230) to the inside of the vacuum transfer connector (220). Dust sealed unmanned collection device for dust collector.
According to paragraph 1,
The dust collection unit 400 has a vacuum transfer pipe 200a on one side connected through the other end, a suction line 520 of the vacuum blower unit 500 on the other side, and an upper door at the top and bottom. A case 410 in which the lower door 411) and the lower door 412 can be opened and closed,
A dust bag binding cylinder 420 provided inside the case 410 and binding the bag front cover 310 of the dust bag 300 inserted through the dust bag input unit 600,
It is provided on a hollow pipe, and is connected to the outside from one side of the case 410, and is equipped with an on-off valve 431 and a silencer 432 on the line, and the vacuum pressure inside the case 410 is selectively removed to create a vacuum. A vacuum pressure relief nozzle 430 that provides suction force to the transfer pipe 200a and
It is installed inside the case 410 and includes a sealing means that seals the inlet 311 of the dust bag 300 with a sealing tape 315 while a certain amount of dust is collected inside the dust bag 300. A dust-sealed, unmanned collection device for the dust collector of a central dust collection vacuum cleaning system.
According to paragraph 3,
The dust bag binding cylinder 420 is composed of a jig and a reciprocating cylinder, and the jig clamps and releases both sides of the bag front cover 310 of the dust bag 300 by adjusting the clamping parts on both sides to a cylindrical structure. Meanwhile,
The sealing means is a tape release paper remover ( 451) and
As the release paper 315a is removed through the tape release paper remover 451, the sealing tape 315 is pushed through rolling from the side opposite to the inlet 311 of the sealing tape 315, and the tape is attached to seal the inlet 311. A dust sealed unmanned collection device for a dust collector of a central dust collection vacuum cleaning system, characterized in that it is provided with a roller cylinder (453).
According to paragraph 1,
The vacuum blower unit 500 uses HEPA on the intake line 520 connected to one side of the vacuum blower 510 to filter dust contained in the air sucked from the inside of the dust collection unit 400 and exhaust it to the outside. A filter 521 is further installed,
A dust-sealed unmanned collection device for a dust collector of a central dust collection vacuum cleaning system, characterized in that a silencer 531 is further installed in the exhaust line 530 connected to the other side of the vacuum blower 510 to reduce exhaust noise.
According to paragraph 1,
The dust bag input unit 600 is provided with guide rods 612 on all sides of a case 611 with one side open, and penetrates the bag front cover 310 of the dust bag 300 on all sides on the guide rod 612. As the guide hole 317 is inserted, a plurality of dust bags 300 are stored in close contact, and on one outer side of the enclosure 611, it corresponds to the space after the dust bags 300 are transferred from the open side of the enclosure 611. A dust bag storage unit 610 where an interval control robot 613 that moves the dust bag 300 a certain distance is installed, and
Installed on one side of the dust bag storage unit 610, the dust bag 300 exposed to the outermost part among the plurality of dust bags 300 stored in close contact with the dust bag storage unit 610 is sequentially clamped and transported horizontally. A dust sealed unmanned collection device for a dust collector of a central dust collection vacuum cleaning system, characterized in that it includes a dust bag supply transfer unit 620 that supplies dust bags 300 to the dust collection unit 400 while transporting them a certain distance orthogonally.
According to paragraph 1,
The automatic plastic packaging unit 700 has an outlet 712 protruding on the rotating plate 711, and the opening of the plastic bag 715 is fixed to the outlet 712 so that it is wrapped for a certain length, and the rotating plate 711 is optional. A plastic packaging unit 710 disposed at the bottom of the dust collection unit 400 while rotating and
It is installed on the lower side of the plastic packaging unit 710 when located at the bottom of the dust collection unit 400, and transports the plastic bag 715 containing the dust bag 300 in one direction through the plastic packaging unit 710. A sealed and unmanned dust collection device for a dust collector of a central dust collection vacuum cleaning system, characterized in that it includes a sealing and discharge transfer unit (730) that seals the open upper part and guides discharge to the outside.

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